TW200835260A - Message service system and controlling method for terminal device - Google Patents

Abstract

A message service system and a controlling method for the terminal devices is disclosed. The message service system of the present invention provides an information server capable of network connection to link one or more terminal devices via a network. Users can monitor or remotely control the terminal devices through this information server without any knowledge of their specifications. Users only need to execute the commands generated from the information server, which manages the permission for each user and the commands between the server and the devices. The information of the devices is transmitted to the information server using a message packet. Furthermore, the information server retrieves the information from the devices through the respective driving program built in the server.

Description

200835260 IX. Description of the invention: [Technical field of invention] A message service system of a terminal device and a control method thereof, in particular, enables a user to monitor each connected device through the information server, and construct a user, information Server and device information service system. System 0 [Prior Art] Because of the popularity of the network, there are many network applications that respond to it. In addition to using the Internet for text, audio and video, and communication, users can use it. The network monitors the remote device and obtains the operation status of the remote device through the network. In order to achieve this monitoring purpose, the conventional technology proposes various solutions: The traditional remote monitoring method mostly uses the camera set on the monitored terminal or All kinds of pre-measurement devices, together with the monitoring end (local end) with network monitoring and digital video recording software and hardware, allow users to keep abreast of the latest situation on the spot, and most of them can be connected through the network multi-person simultaneous monitoring However, traditional monitoring methods are mostly for image or simple warning signals. However, 'using the network for various monitoring signal transmissions can provide accurate and powerful monitoring information, such as the following technologies: Remote monitoring methods, such as the US Patent No. 0,454, published on January 21, 2003, discloses A method for remotely monitoring a network device by using an e-mail to report (such as the thinner k and the second, wherein the network device has a dish and an electric power, although an event of an alarm condition is described, that is, driving the electronic The mail function sends its status to the monitoring terminal. As shown in the figure - Figure 200835260 network architecture diagram, a plurality of schema application network nodes a, b, c, d represent the network devices installed on the network, use The computer 101 is connected to the public switched telephone network (PSTN) 105 via the data machine 103, and the e-mail server 107 on the Internet is connected by a telephone line. Under this framework, the computer 101 provides a type called OAMP. Service (expression operation, management, and standardization), prevention, preparation, 〇Perati〇ns, Administration, Maintenance, and

Pn>visiGning,0AMp) 'Using the public switched telephone network 1〇5 to connect with the network nodes a, b, c, d on the network, when each node has an alarm condition, that is, through the email server 107 The computer 101 makes a status report. See the system and method for monitoring and managing system assets and asset configurations disclosed in the US Patent No. 6,973,491, issued on December 6, 2005. The status of a target device is then monitored by the software for collecting information on multiple target devices. A central servo is responsible for storing information about each device, so that the user can monitor each target device through the servo: Please refer to the architecture diagram of the data collection system for monitoring devices on the network as shown in the second figure. Under this system, there are a plurality of clients 203 of monitored devices e, f, g, h, through the Internet. 200 is connected to a central system 201. The device e, f, g, h of the client 203 has a main monitored host (set to e), which carries a specific tool software, and can be used for other devices f; g, h Data collection is performed, and then the data collection system uploads the data to the central system 201 and stores it in the database 24 through the server 22 in the central system 2〇1, and the user can log in to the database 24 to monitor each remote. The state of the end device. 200835260 Furthermore, conventional techniques such as U.S. Patent No. 7,079,010 (Announcement 7 on July 18, 2006) disclose a system and method for monitoring processes of an information technology system. Providing a concept of a monitor agent, using a server to collect operational performance of a host, a network, an operating system, a database, etc., and using an analysis tool to generate various charts, and the monitor can learn about the remote device. Status to respond appropriately.

[Summary of the Invention]

Although the prior art has various technologies for providing remote monitoring of devices using a network, it is different from the monitoring method in which the monitoring terminal and the monitored terminal use the wireless or wired means for signal transmission, and in addition to the remote technologies. The information service system and the control method thereof for the terminal device disclosed by the present invention further provide a network server information server (nnformationserver) to link various terminal devices. To allow users to connect to the information through the scales, and to provide users with information on the terminal information provided by the users, and to provide various status analysis and reports. Installed _ module (or program) for remote control ΐ 资讯 资讯 有 的 的 的 ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; ; The road is connected to the information ship, and the device side includes - or a plurality of 200835260 devices with network connection functions; and one or more user terminals, which are connected to the information server. Login to the information server, through the drivers loaded by the poor news server equipment, provided one of its user interface to monitor the device side. The main features include that the information server, the user end and the device end are connected to each other through the Internet. The main implementation is to set the device end to one or a plurality of digital video recorders (DVRs). Or use an analog camera digitally imaged camera, or a network video device jNVR). The device end transmits the message to the resource through the HTTp/HTTps protocol, or the client accesses the information server through the HTTp/HTTpS protocol. And the device side uses the media access control address (MAC address) of each device having the network connection capability as the identification information on the network. The information classification of the information server by the device includes (1) real-time messages, (2) near real-time messages, (3) critical messages, and (4) general records (1 〇 g). Another embodiment of the present invention is a terminal device control method using a message service system of the above terminal device, wherein the user terminal; the controlling step of the device terminal includes: first logging in to the information server, and the interface is Generate a - or complex number of signals, and then convert the information to one or more control commands that the device can accept, and then feed the control command to the ^ terminal. Then, the control terminal directly transmits the control command to the device 鳊, and finally the device terminal executes the control command, and then returns the result to the user terminal. 200835260 [Embodiment] The present invention discloses a message service system of a terminal device and a control method thereof, which mainly provides an information server having the capability of connecting a network, and connects each terminal device through a network, so that the user can Through the information server, each device is monitored and controlled, and the user terminal does not need to know the state of the device, and only needs to execute the instructions generated by the information server, and the information server provides the service. The message service system is one or more user terminals, one or a plurality of information servers, and one or more information communication systems between the devices. Please refer to the architecture diagram of the message service system of the terminal device of the present invention shown in the third figure, wherein each terminal device is connected through the network 30, and the network 30 can be the Internet (1 plus 6111), the intranet. Road (111廿 Newdu), virtual private network (VpN) or other wired or hot-wired regional network (LAN), this messaging service system includes networking capabilities or connectivity The information server 31 of various terminal devices, and other terminal devices such as a plurality of digital video devices of the connection network 30 (Digital

Video Recorder, DVR) 34, 35, 36, such as Network Video Recorder (NVR) 37. For example, the digital video recording device (DVR) 34 is further coupled to one or more terminal devices, such as a switch 341, to connect to the digital video device 34 via a network. The digital video device 34 can also utilize a cable (cable). Or other physical lines are coupled to a ρτζ camera 342 having left and right pan, up and down (tilt) and near and far zoom (z〇〇m) functions. Moreover, the digital video recording device 35 can also be connected to the general camera 351 by cable or other physical line, and the digital video device 36 can be connected to the IP camera (IP earn (10)) 361 without the 200835260 line or the wired network. The above-mentioned network recording device with network transmission function (Nv can be connected to the general camera 371.: The above-mentioned plurality of digital video devices 34, 35, 36 or the Department 37 are directly connected to the present invention through the network 3G. The information provided is for the user to obtain the information or information of each terminal device. - The information server 31, after the security login operation, the user # = Tune view H 33 or the information ship 31 The application software 32 installed on the computer is used for data access, and the information server 31 can provide various reports, status display, device control, and more humanized monitoring environment by using various graphic interfaces. The device to be monitored by the information server 31 of the present invention for managing a remote computer or other network device such as a router or a network switch (netw〇rkswitch) is not limited to the above computer or network device. The main purpose is to monitor or manage the digital video recording device (DVR) 34, 3 = 36 and the network video recording device (NVR) 37. ''Monitored or managed digital video as described herein. Device (DVR) And network video post (Qing, or other video server) can connect different i-controlled devices, such as cameras (351, 371), through physical lines (video cable, power cable or network route). The implementation of the webcam (361), the PTZ camera (342), the access control system (not shown), and the power switch temple are not limited to the examples described here. Because the negative §fl祠 service 31 series through the DVR The NVR or various types of video servo crying devices control each terminal device, so the information server 31 does not need to deal with the related control processing such as how to control/control the connected devices connected to each device. 11 200835260 The above various video devices such as DVR In a preferred embodiment, the NVR or other image feeding device can use the HTTP/HTTPS protocol to report relevant information to the information server 31, and then provide user monitoring through a network or other connection. In the example, the user can access the information server 31 through the secure connection, and then use the video recording device to monitor other terminal devices or perform other video settings, such as backlighting. Reinforcement, face update speed and other settings, even PTZ cameras, can control the left and right, up and down or near zoom control. In this embodiment, network 30 is a broadly defined network that includes various cable connections. The lines, such as the digital video device (|) VR), need to have their own viewing line' while the network recording device (NVR) sets up multiple cameras on the network browsing line (according to the update speed and available Broadband decision). In addition, if a general analog camera is available, it can also be used with a video server (VideoServer) via a wired or wireless network to replace the digital video recorder (DVR) for image digitization. The invention mainly provides a message service system for a terminal device through a network, in particular, a user can use a personalization device of various connectable networks to connect an information server, such as a computer, a personal digital assistant (pDA) or have The mobile phone with the network connection function accesses the information server provided by the present invention, and monitors each terminal device by wired or wireless means, so each terminal device I, ", and port information server. With connection network function and no connection network function, ',; step and "» are available. If you have a connection network function, the information servo: can directly connect to the terminal set #; if the terminal is set彳f does not have a _ _ function, you need another network to connect to the secret device, through this network device to connect to the 12 200835260 information server, thereby allowing users to access the information through the information server > of the terminal device, the event and its operational status, etc. Moreover, the above information server can expand the message service system by connecting other information server. A schematic diagram of the relationship between the information server and its connection periphery in one embodiment of the present invention. As described above, the message service system of the terminal device disclosed by the present invention is composed of one or more user terminals (43, 47), one or more. The information server (41), one or a plurality of device terminals (45, 49) are formed. The embodiment shown in the fourth figure is based on the connection of the Internet, and each end has a network connection capability. For example, the information server 41 is connected to the Internet through a network protocol such as TCP/IP; the user connects to the Internet 40 by using the computer 43, and can access the information server through a secure connection. The information in 41; various terminal devices without network connection function' camera 401, access control 403, cash register 405, etc. in the figure, connected through a network device 45 with network connection function Go to the Internet 40 and connect with the information server 41 to provide information about each terminal device; the terminal device with network connection, such as the network camera 49 in the figure, can directly connect to the Internet. After 4 miles, the information server 41 is connected. ^ In the embodiment shown in the fourth figure, each device or server connected to the network must have its own unique identification method. The preferred embodiment can use the media access control address on the network ( MAC address) as the identification data on the network, or the IP address of each device, to identify each device on the network, because the network address may pass NAT (Netw〇rk address translation), VPN The conversion is changed, so the preferred embodiment is _ 13 200835260 is based on the MAC address. If the information server 41 has its own uniquely identified MAC address, the computer 43 also has a uniquely identified MAC address, the network device 45 also There is a unique MAC address, and the network camera 49 has its own unique MAC address, so each party can prepare for the correct % chapter transmission through this address. , ° * The information server 41 uses the driver to retrieve the information of each terminal device. In addition to some standard messages that have been specified by the network, there are two driving modes: • (1) Installed in the information servo 11 41 The relevant driver module (or program) of each terminal device can provide more detailed and useful information. For example, the device manufacturer provides specifications, and the information server carries the driver module (or program) of the device; (2) The driver or related module of the information required by the information server 41 is added to each terminal device, and the information required by the poor server 41 is actively generated by each terminal device, so as to generate more useful information. For example, the information server 41 provides control device specifications to the device manufacturer, and the device also carries a driver module (or program) that conforms to the control interface specifications. The above-mentioned various cameras without network connection function 4, 1, access control 4〇3, cash register 4〇5 and other devices may not have a unique mac address, but still passable - with network connection The line-capable network device 45 is connected to the Internet, Xiaolu, and the network (3) is 45. It can be identified by other identification methods. • The injury is identified by a proprietary driver or a hardware identification code. ^ The network device 45 needs further craving for each terminal device, and can also be provided with a driver or related module with σ β, and the information server can obtain more useful information through the network device 45 200835260. . For the network camera 49 with network connection (not limited to this), the information server 41 can directly capture more useful information of the network camera 49 through the network, or control and cool the device. set. In addition to the standard transportable network packets, the terminal device's message service system can generate more information through the additional installed proprietary drivers. Moreover, when the user 47 passes through the computer 43, the Internet When the way 40 logs into the information server 41, it can control the behavior of each terminal device _ through the control interface, such as controlling the shooting of the camera, performing power control of each device, and repairing the back end. In the preferred embodiment, the information server 4 can provide various graphical interfaces for reporting, analysis, and control interfaces to achieve an easier and more convenient monitoring environment. The information server provided by the present invention is a server for collecting information of each terminal device, and after analyzing the signals, the user can provide a graphic or text monitoring environment, for example, using a graphical interface to display various types of analysis data. Including the operation status of each terminal device, monitoring images, and the ability to perform remote recording of the contents recorded by each terminal device. The invention further classifies the information captured in the information server, and also classifies the content captured by each terminal device, and then periodically transmits the information to the information server. The classification of each information can be divided into a plurality of types according to its importance. The preferred embodiment distinguishes each message packet according to the message in the message packet (for example, according to the value of the event code therein): (1) a real-time message; (2) Nearly real_time message; (3) Critical message; and 15 200835260 (4) General record (log). In the information server and each terminal device, the plurality of types can be planned, and finally sorted according to the priority order of each message, and then sequentially transmitted. Each message packet is classified as a ready-to-use, near-immediate, emergency or general record based on the message conveyed by the above event code. The preferred implementation is as follows: - (1) If the information is classified as an instant message, when the status changes, the event occurs, the terminal device immediately transmits the message, and requests to transmit to the information server as soon as the information is retrieved, or (2) If the information is classified as a near-instant message, when the status changes, the event occurs, the message will be temporarily stored, and the message will be periodically sent to the information server, ie, timing. The ground is transmitted from the terminal device to the information server, or periodically displayed to the user; (3) if the information is classified as an emergency message, an important or error message occurs, and the priority is immediately raised. Sending messages, such as system error messages, operational status errors, or abnormal operating environment φ, may damage the device's messages. In addition to transmitting such messages in real time, this can be communicated with warnings, lights, and sounds on the system. Class information; (4) If the information is classified as a general record, the information in the information server can be recorded in the information server for the dance query. It is worth mentioning that the above instant message (1) and emergency message (3) immediately transmit the event message to the information server when the specified event occurs, and if the current transmission fails, the transmitted message content Automatically resend a certain number of times, :, if the resend still fails, the message notification is discarded. 16 200835260 But when the device event is queried, it is still possible to find the complete event message φ, content, such as becoming a general record. The above-mentioned near-instant message (2) does not need to transmit the message immediately. If the current transmission fails, the content of the transmitted message is automatically delayed until the next transmission and then transmitted, and the same message is resent after a specific number of times: If the message is still unsuccessful, the event message notification will be discarded, but when the device event is queried, the complete event message content (such as the general record) can still be found. As described above, the message classified by importance will be transmitted by the packet on the network, that is, the content of each message and its timestamp are recorded in the packet transmitted by each terminal device, as shown in the fifth figure. The packet format diagram mainly includes a part of the header 500 and a part of the message element 511, and the block 500 includes at least: (1) the host address 501, such as the information server set on the terminal device. Address of the device; (2) identification code (ID) of the terminal device or network device 5〇2, such as the model number of each terminal device; , _ (3) network address 503, such as each terminal device (4) The message form 504 indicates that the packet message is unencrypted text: text/plain; (5) the packet length is 505; (6) the MAC address is 5〇6, which is the MAC address of the terminal device. Address; .. ^ , · (7) Time stamp 507, with the time, record the result of the hash operation of the administrator account of the information server set on the terminal device; & (8) There is another event code 5〇8, with a combination of a bit of a bit of a bit indicating what the 17 200835260 packet is. ; (9) 509 5 Other poor hearing may have been carrying other messages, including the type of protocol packets of this closure, the solution encryption, port number (p0rt number), alarm signals, information and other settings. * In addition to capturing the information of each terminal device, the information server can classify or group each message and present it to the user in different ways. As shown in the sixth figure, the graphic provided by the present invention is displayed. Interface: Figure 'When the user connects to the information server through the remote end of the network, or the near-end 10 directly uses the server, the information server will provide various graphic interfaces to display the information of various terminal devices, such as The sixth picture shows the picture recorded by the video device, and displays multiple classified or grouped faces (601, 602, 603, 604) at a time, respectively showing the contents from multiple video devices' And different lights or display graphics can be used to present the sorrow of each video device, including monitoring the video of the video device, monitoring images of each group, the number of connections of other users to the device, operating status, and connection status. , hardware status of each device, etc. A one-way 〇ne-way secure connection between the terminal device and the information server (only the other party is recognized at both ends without interference from other messages), and the network signal transmission preventing the third party from intruding is generated. mode. In addition, the authentication message/packet between the device and the information server is a one-way non-reversible encryption method. Even if the packet is captured by the second party, the original message cannot be decomposed. This part can use hash (hash). Algorithms (such as MD5) add data (such as device identifiers, user accounts, timestamps, etc.) to the digit calculus 'to produce non-reversible hash values, such as Equation I·· 18 200835260 竑合值=hash(" MAC address "+" user account,,) + timestamp, this hash value requires a lot of time and calculation to resolve, and the encryption method will also be timed to make the data transmission the safest guarantee. Next, please (4) Figure 7 is a schematic diagram of the architecture of the message service system of the device. This figure shows that the user can control the terminal device for 7 days. The message service system includes at least three aspects. The connection between the user terminal 75 and the server device 71 through the network% (using a network-capable device and connecting to the network through the network device) using a computer or other personal device An endpoint that does not have a network capable device, etc. In the embodiment shown in the seventh figure, in addition to the initialization process in which each endpoint uses various connection methods (such as a three-party handshake program) to connect to each other at the beginning, The terminal device that is backed up by the 5 device authenticates the information server (as shown in the figure, the signal 7 〇 5, 706 between the device end 71 and the server end 73), after the authentication private sequence, the information server can identify and retrieve the information server. The message transmitted by the device end. Thereafter, the control signal (such as the first signal 701) generated by the user terminal 75 to the device end 71 will be fed back to the server end 73 by a corresponding control command (command, such as The second signal 7〇2), at this time, the user terminal 75 can use the control command to control the device end 71 (such as transmitting the third signal 703), and the device end 7] [ie can respond to the user end 75 ( For example, the fourth signal 704 is transmitted. The invention installs the relevant driver or module of each terminal device through the server end 73, or installs the driver compatible with the server end 19 200835260 73 by the device end 71. Program's or module, here, End 73 is connected with a payment device 71 already reached the initial state ^ temple service 71 has prepared the gray wind, f "even line architecture, since the server-side support posts 73 pass heteroaryl

The standby end a is connected or set, but through the second μ' using the monitoring environment provided therein to light the device end 71; L2: middle ', the user end 75 wants to perform control on the device end 71~ 73 The device end 71 can be executed through the driver program. 'This control packet will be transferred to the server side 73 first. 4 θ causes control on the device side 71. It is worth mentioning that the user terminal 75 does not need any information of the device end 71, and the task can be achieved through the interface of the server side 73. "The above-mentioned "Shear machine refers to the flow chart shown in the eighth figure (in the beginning, the interest system, the integration of each end of the system, then the user through the network to view or support the server The application software of the terminal is connected to the information server, and the user interface (UI) is used to log in to the server (step S801); the user terminal can monitor the terminal device by using a graphic or text interface, and can then target the specific object. Generating a control signal (step S8〇3), such as controlling the state of the shooting angle of the video device, the zooming, etc., to generate a control signal; then the 'information server receives the control signal (step S805); and converting the control signal In order to support the device control command (step S807), the control command can be controlled by a general standard for the device, or by a device driver or module loaded by the information server, or by a information feeder. The control command issued by the driver terminal or the module generated by the module is still provided by the driver terminal; and then the control command is fed back to the user end through the network (step S809); The user terminal directly transmits the received control command to the device terminal (step S811). This step does not require an instruction to the terminal device through the information server, and the user terminal directly commands the instruction; finally, the device device performs the control. The instruction (step S813), and the result is fed back to the user end (step S815). The ninth figure shows the initialization process after the startup of the message service system of the present invention. Before the system is started, the network connection and the terminal are set. The driver of the device and the information of each terminal device have been recorded in the information server. After the information server and the terminal device are turned on (step S9〇1), the device is ready because the network connection is ready. Whether the terminal device is directly connected or connected through other network devices, an authentication message can be generated immediately (step S903); then, the information server will receive a request for authentication from each party and each terminal device ( Step S905), each authentication request signal will carry various information that needs to be authenticated, such as an identifier (ID) of the terminal device or the network device, an IP address of each device end, The MAC address of the terminal device, etc., and the message is used for the authentication process; ^After determining whether the authentication is successful? (Step S907) • If the authentication fails, the authentication message may be incorrect, and the information server returns the authentication failure message (Step S909) If necessary, the device must be programmed to debug itself or be manually debugged (step S911). The debug content is described here. 21 200835260 If the authentication is successful, the device is successfully executed on the information server. Recognizing the length, the communication server can successfully identify the connected device, and then the information server returns a message of successful authentication (step S913), and the device side initiates a message return mechanism (step S915) to the above message service system. Depending on the situation, the device attributes are divided into instant messages, near-immediate messages, emergency messages, and general records, which are sent to the information server according to different conditions. In order to prevent the above-mentioned user from controlling the device through the information server, in the user's operating environment, the user needs to authenticate the user account (acc〇unt) through the authentication environment provided by the information server. Each account will be given different permissions. The user can monitor the terminal device with permission through the login account. For the convenience of comparison, monitoring, etc., each terminal device can be grouped, and the device can be set. Terminal devices in different places, because the driver program is set in the information servo: can support different brands or different devices at the same time. The message service system of the terminal device disclosed in the present invention allows the user to connect to the information server through the network, and the information server provides the user with various information about the terminal device connected to the information server. Various status analysis and reporting, or setting of terminal equipment through the installed drivers. However, the above description is only a preferred embodiment of the present invention, and thus the scope of the patent is not limited thereby, and the equivalent structural changes of the present specification and the inner valley of the present invention are equally included in the present invention. Within the scope of the invention, it is given to Chen Ming. 22 200835260 [Simple diagram of the diagram] The first diagram is the architecture diagram of the network monitoring equipment using the conventional technology; the second diagram is the architecture of the data collection system disclosed by the conventional technology; Architecture of the message service system of the terminal device • Fig. 4 is a schematic diagram showing the relationship between the information server of the present invention and its connection periphery; the fifth figure is a schematic diagram of the packet transmitted between the devices of the present invention; BRIEF DESCRIPTION OF THE DRAWINGS FIG. 7 is a schematic diagram showing the architecture of a message service system of a terminal device according to the present invention; FIG. 8 is a flow chart showing an embodiment of the present invention; System initialization flow chart. [Main component symbol description] 'Network node a, b, c, d Φ Computer 101 Data machine 1 (Β Public switched telephone network 105 E-mail server 107 Equipment e, f, g, h, Central System 201 Internet Road 200 Client 203 ' 23 200835260 Database, 24 Server 22 Information Server 31 Network 30 Digital Video Recorder 34, 35, 36 Network Video Device 37 Switch 341 PTZ Camera 342 Application Software 32 Web Browser 33 Camera 351 , 371 Road Camera 361 Internet 40 Information Server 41 User 47 Computer 43 Camera 401 Access Control 403 Cash Register 405 Network Equipment 45 Network Camera 49 Header 500 Data 511 Host Address 501 24 200835260 ID 502 Network address 503 Message form 504 Packet length 505 MAC address 506 Time stamp 507 Event code 508 Other information 509 Screen 601, 602, 603, 604 User side 75 Network 70 Server side 73 Device side 71 First signal 701 Second signal 702 third signal 703 fourth signal 704 25

Claims (1)

200835260 Patent application scope: A terminal device message service system, comprising: an information server with network connection function, wherein the device has a driver for the connected device; stomach" a plurality of device terminals, The device is connected to the information server through a network, and the device includes one or more devices having a network connection, each device having a unique identification data; and - or a plurality of user terminals, After connecting to the server via the Internet, the device is monitored and controlled by one of the provided drivers through the information server loaded by the information server; 2· In the 'the information server, the user end and the device end are connected through the 2 channel ί', the device terminal will set one of them - or a plurality of terminals: 5 holes are transmitted to the information server as a message packet And the information server uses the driver to hold information on the device. The message service system of the terminal device described in claim i is wherein the internet server, the user terminal and the device end are connected to each other through the Internet. • The message service system of the terminal equipment described in the 1st J member of the patent office in May. The information device (4) is connected to the device terminal through the age of the image. : Declared Patent|& The message service system of the terminal equipment described in item 1 (DA/Ϊ) is one or a plurality of digital video devices 26 200835260 5·If applying for a patent_第丨项The final view of the message = the device end is the use of - image server number of two or a few analog cameras. A ^申1^利_ The terminal information service system mentioned in item i, (nv2), the device end is one or a plurality of network video devices. In the message service system of the terminal device described in the item, the device end is one or a plurality of network devices, and the number of devices having the network connection capability is not available through the network. network. ^ 8. If the scope of the application is the first! The message service system of the terminal device described in the item, wherein the information server is crying and expanding the message service system by connecting other information feeding clothes. 〇〇 9································································· 4 10. If you apply for a patent scope! The terminal service information service system described in the item, wherein the user terminal accesses the information server by using the software supporting the information ship. 11. In the case of a patent application, the message service system of the terminal device described in the above section, wherein the information server provides various types of graphical interfaces to provide reports, status display, device control, and set monitoring environment. 12. If you apply for the message service system of the terminal equipment described in the full-time section, the device will transmit the message to the information server via the HTTP/HTTPS protocol. 27 200835260 13. The message service system of the terminal device as described in claim 1 wherein the user terminal accesses the information server via the HTTP/HTTPS protocol. 14. A message service system for a terminal device as claimed in claim 4, wherein the device end utilizes a media address control address (MAC address) in which each network connection capability is provided as The information service system of the terminal device as described in the scope of the patent application scope, wherein the device on the device side carries the driver of the information servo. 16. If you apply for a patent scope! The message service system of the terminal device, wherein the device classifies the information server by: (1) a real-time message; (2) a near real-time message; (3) Critical information; and (4) General record (i〇g) 〇 17. If the scope of patent application is the first! The message service system of the terminal device described in the item, wherein the message transmitted between the information server and the device end or the user end is hashed. 18. The application of the information service system of the terminal device described in item i of the patent scope is the user terminal connecting the information through a personalized mobile device. 19 - The type of the device is described in the special item (4) The terminal device control method is as follows: The user terminal-to-i device control step includes: Person 28 200835260 Login to the information server, the user terminal logs in the information through the network connection a server; and generating one or more control signals, the user end itching the user interface (UI) provided by the information server to generate the control signal; converting to one or more of the device terminals Controlling the person, after the information server receives the control signal, and then converting the control command; feeding back the control command to the user terminal; transmitting the control command to the device end is directly performed by the user terminal The control instruction is transmitted to the device end; the control command is executed by the device end; and the feedback result is sent to the user end. 20. The method of controlling a terminal device according to claim 19, wherein the user interface is generated by a network browser: ” The software generated by the heart-operated device—Application 22· The terminal described in Item 19 is _method, complex 1. The 育 服 器 透过 透过 23 23 23 23 23 23 23 第 第 第The terminal device control method described in the item is: - a plurality of digital video recording devices (DVI 〇., 24 。 2), the terminal device control method described in item 19, | Digitized - or plural 29 200835260 2 Fork, such as the application for patents, Fan Chuzhong, the device end system, the control method, such as the patent application network video device (nen). The terminal device control method includes a plurality of network devices that do not have a network number, and further includes a network that is connected to the network. The device with the connection capability is connected to the terminal device according to the 19th item of the network device. Control method, the device is expanded by connecting other information feeding devices 2δ. The terminal equipment control described in item 19 transmits the control signal to the information service via the bribe TPs communication agreement. 29' The method of controlling a terminal device according to claim 19, wherein the user terminal communicates the information server via HTTp/HTTps. 30. The terminal device control method according to claim 19, wherein the device end uses a media access control address (MAC address) of each device having a network connection capability as an identification on the network. data. The terminal device control method according to claim 19, wherein the user terminal connects the information server through a personalization device. 32. An initialization method for a message service system of a terminal device according to the application scope of the patent application, wherein the step comprises: opening the information server and one or more terminal devices of the device terminal; 30 200835260 The device generates an authentication message; the information server receives the authentication request of the terminal device::; and the device initiates a message return mechanism. 33. The method for initializing a message service system according to claim 32, wherein after the information server receives the authentication request of the terminal device, it is determined whether the authentication is successful, and the result package includes: If the authentication fails, the information server sends an authentication failure message to the set terminal; and if the authentication is successful, the information server sends back a successful authentication message to the device. 34. The method for initializing a message service system according to claim 32, wherein the authentication request signal intercepts various messages requiring authentication, including at least an identifier of the network device and a MAC address of the terminal device. . 35. The information service system and the method for initializing the system as described in claim 32, wherein the resource server is interconnected with the device end through the Internet. From the initialization method of the message service system as described in item 5% of the patent application, it is forbidden that the device is a message service as described in - or a plurality of digits (DVR) 〇 ', .37 · 专利 patent scope » 32 Initialization of the system $ method 'S in the device end is to use "image server" or a plurality of analog cameras. 31 200835260 38. The method for initializing a message service system as described in claim 32, wherein the device end is one or a plurality of network recording devices (NVRs) 〇 39. The method for initializing a message service system, wherein the device is one or more network devices, and one or more devices having no network connection capability are connected to the network through the network device. . 4. The initialization of the message service system as described in claim 32. The method of transmitting the message to the information server via the HTTP/HTTPS protocol. 41. The method for initializing a message service system according to claim 32, wherein after the message reward mechanism is activated on the device side, the message class transmitted by the device to the information server includes: (1) (real-time) message; (2) near real-time message; (3) critical message; and 10 (4) general record (log). 42. The method of initializing a message service system as described in claim 32, wherein the authentication message is hashed. 32